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BMES-850 Molecular Neuroscience
Campus
SMME
Programs
PG
Session
Spring Semester 2017
Course Title
Molecular Neuroscience
Course Code
BMES-850
Credit Hours
3-0
Pre-Requisutes
None
Course Objectives
This course will provide fundamental concepts and understanding of biology of the neuron and synapses. Collectively neurons are responsible to control the cognitive function which makes us different from other animals. This course will provide understanding of the neural processes and molecular level organization of the synapse, mechanism of the neurotransmitter release and the advance concepts in molecular biology of the nervous system.
Detail Content
Introductory topics in Neuroscience
The anatomical organization of the central nervous system
Nerve cells and behavior
The cytology of neurons
Membrane potential
The action potential
Molecular Neuroscience
Genes and their contribution towards behavior
Axonal transport: Synthesis and trafficking of neuronal protein:
Ion channels and molecular mechanism of gating of channels
Local signaling: passive electrical properties of the neuron
Overview of synaptic transmission
Molecular mechanism of the signaling at the nerve-muscle synapse: synaptic integration
Molecular mechanism of neurotransmitter release
Neurotransmitters
Glutamate receptors and their role in cognitive functions
Synaptic plasticity
The formation and regeneration of synapses
Membrane receptors (GPCRs and Ionotropic receptors)
Experimental techniques in Molecular neuroscience (data analysis and software training)
Text/Ref Books
Textbook:
Principles of Neural Sciences:
by Eric Kandel, James Schwartz, Thomas Jessell: Third Edition 2000
Neuroscience:
by Dale Purves: Third Edition 2004
The Central Nervous System
Per Brodal Oxford University Press, 2010
Time Schedule
Spring Semester 2017
Faculty/Resource Person
Dr Nosheen Fatima Rana
PhD